Abstract: Storage system, which comprises storage spaces (1A, 1B, . . . ) for storing various products, and markings (2A, 2B, . . . ) depicting the extent of filling in the storage spaces. The storage system comprises identifiers (5A, 5B, . . . , 12, 13, 14), which contain data for placing refill orders from an electronic trading service with the aid of the terminal device. At least some of the remotely-readable identifiers are each logically connected to one marking depicting the extent of filling, in such a way that the default-order amount corresponding to the marking depicting the extent of filling can be derived in the electronic trading service on the basis of code contained in the identifier.

Abstract: Ordering system for a webstore, which ordering system comprises a first remotely readable identifier, which comprises a first code, which is arranged to direct a mobile station's web-browser program to connect to the webstore for placing a first order, for example, through a first webpage. The ordering system also comprises at least one second remotely readable identifier, which correspondingly comprises at least one second code, which differs from the first code and is arranged to direct the browser program to connect to the webstore for placing at least one second order differing from the first order. If the second order relates to a second product, the code can direct the browser program to a corresponding second webpage.

Abstract: A method of handing over of a mobile terminal from a first network to a second network. The method includes initiating a handover decision in a base station, sending a handover request to a MME, mapping, in the MME, between active SAE Bearers and required PDP contexts, and sending a handover preparation request including target network specific QoS information from the MME to the second network. The method further includes sending a handover confirmation message that includes RAB success and failure information from the second network to the MME, and sending a handover command from the MME to the mobile terminal, wherein the handover command includes a 3G/2G RAB, a channel, an SEC, and PDP context information.

Abstract: In an embodiment, a network decides on quality of service, QoS, to be used for information flow between the network and a terminal, and on whether the terminal is to be informed on an unsuccessful resource reservation needed for providing the quality of service. The network informs the terminal depending on the decision result. An application running in the terminal, such as a QoS aware application, is provided with information about failure in resource reservation, and a session setup is canceled, or a default QoS is used, or session parameters are renegotiated, in response to the information about failure.

Abstract: A method of handing over of a mobile terminal from a first network to a second network. The method includes initiating a handover decision in a base station, sending a handover request to a MME, mapping, in the MME, between active SAE Bearers and required PDP contexts, and sending a handover preparation request including target network specific QoS information from the MME to the second network. The method further includes sending a handover confirmation message that includes RAB success and failure information from the second network to the MME, and sending a handover command from the MME to the mobile terminal, wherein the handover command includes a 3G/2G RAB, a channel, an SEC, and PDP context information.